We prefer Security Penetration Experts.
You've spent enough time around computers and digital systems to have picked up some basic knowledge about how they work. Maybe you learned some tricks from tinkering with your family's systems, or you've just absorbed enough to understand the basics.
You're not some master of the digital realm, but you know your way around a computer interface and have some understanding of how digital security works. Whether you learned by watching others or through trial and error, you've got enough familiarity to be dangerous... to yourself, mostly.
Choose one of the following skill boons.
A cutting-edge Zero Day Personal Digital Assistant. This sleeping AI device enhances your hacking abilities, allowing you to breach fortified digital defenses. With each upgrade, the ZDPDA becomes more versatile, enabling you to access even more classified data, manipulate security systems, and even take control of remote devices. You have yet to activate the custom AI you have been working on since you were a child; you just need to find a little more code, a sufficiently robust energy matrix, and a few more petabytes of storage.
The household terminal was supposed to be locked to parental-approved content. You had root access by age nine; not because you were a prodigy, but because the default admin password was printed on a sticker under the unit and your parents never changed it. From there it was firmware menus, network configs, packet sniffers, and the slow realisation that every system you'd ever been told was "secure" was held together by assumption and habit.
Your first darknet handle lasted eleven minutes before a station sniffer traced it back to your residential block. Lesson learned: anonymity isn't a username; it's architecture. Layered proxies, rotating identifiers, traffic-shaped to match background noise. You rebuilt your operational security from the ground up and watched your traffic disappear into statistical noise.
The encryption on the Kovac harbour-master's personal archive was military-grade, 4096-bit asymmetric with a rotating key schedule. Took you three weeks and a vulnerability in the key-exchange handshake that the protocol documentation said didn't exist. It existed. You're not breaking math, nobody breaks the math. You're breaking implementations.